Message from @Superiorna_Artiljerija

Discord ID: 674972060203876353


2020-02-06 12:43:30 UTC  

@p̴͐ͅk̶̝͝p̵̳̃2̷̨́4̸ 3rd video doesn't give out the specifics on the observations made and where the lunar eclipse was, if you could please provide me with those. i never said that the mixture of gas change but since the pressure and density is highest at sea level that means that there was already a set amount of density in different elevation of the earth in the enclosed system. there's also another reason, because at higher altitude you get closer to the sun which is fairly close on the fe model it will be more hotter so the density of air gasses also decreases.

2020-02-06 12:44:05 UTC  

ah ok ty

2020-02-06 12:44:28 UTC  

and it does give specifics. It gives the vector information for each placement

2020-02-06 12:44:34 UTC  

as it gets placed

2020-02-06 12:45:05 UTC  

The point is all of those numbers from around the world don't add up on a flat earth model but do on a globe earth model.

2020-02-06 12:45:37 UTC  

and all measurements are independently made by people that don't care about what anyone else is saying

2020-02-06 12:47:19 UTC  

he doesn't give the exact link to where the observations was made, going to timeanddate.com doesn't show what he put on the video

2020-02-06 12:51:24 UTC  

i have a question if you care to answer, why are the sun rays suddenly divergent on a lunar eclipse on the globe model?

2020-02-06 12:51:46 UTC  

I will answer tonight can you pm me the question

2020-02-06 12:51:52 UTC  

im going to work now, ty for answering my other questions

2020-02-06 12:52:47 UTC  

alright, this is what i mean

https://cdn.discordapp.com/attachments/538929818834698260/674960684194463757/unnamed.jpg

2020-02-06 13:06:27 UTC  

What do you mean “suddenly diverge”?

2020-02-06 13:28:44 UTC  

we are taught that since the sun is so far away, rays are parallel but for some reason when a lunar or solar eclipse happens it becomes divergent?

2020-02-06 13:30:03 UTC  

No

2020-02-06 13:30:13 UTC  

Those are the only relevant angles

2020-02-06 13:30:20 UTC  

Not perfectly parallel perhaps

2020-02-06 13:30:48 UTC  

The light comes from multiple angles

2020-02-06 13:31:03 UTC  

The ones in the image are the only relevant angles

2020-02-06 13:31:12 UTC  

To the topic at hand

2020-02-06 13:35:00 UTC  

you still haven't explained why it becomes divergent, if it comes at multiple angles then it's divergent

2020-02-06 13:37:59 UTC  

Because those are the only relevant angles

2020-02-06 13:42:31 UTC  

bruh you haven't explained WHY these angles suddenly change in the case of a lunar or solar eclipse, "the are the relevant angles" says nothing substantial because all angle should be hitting at the same angle not arbitrarily change one angle to another because you deem it

2020-02-06 13:44:19 UTC  

None of them suddenly change

2020-02-06 13:48:09 UTC  

it should be looking like this and the moon near the earth not divergent rays randomly hitting the moon when a solar or lunar eclipse happens, your model is arbitrary bs

https://cdn.discordapp.com/attachments/538929818834698260/674974620071231498/219-2190105_antarctic-food-web-research-sun-rays-on-earth.png

2020-02-06 13:49:36 UTC  

Flat Earth doesn't even have an accurate model lmao

2020-02-06 13:49:50 UTC  

They change often

2020-02-06 13:50:11 UTC  

Can't decide which fake model to present 🤔

2020-02-06 13:53:10 UTC  

I'm not even gonna waste my time on this anymore

2020-02-06 13:54:35 UTC  

Nice ad hominem

2020-02-06 13:57:52 UTC  

If you don't have a working model then how do you expect to teach others about what you believe

2020-02-06 13:58:10 UTC  

"Why does this happen? Oh, it just does"

2020-02-06 14:01:39 UTC  

😂

2020-02-06 15:37:28 UTC  

https://cdn.discordapp.com/attachments/538929818834698260/675002127223095296/image0.jpg

2020-02-06 15:38:41 UTC  

exactly, it's supposed to be all hitting at the same angle

2020-02-06 18:29:22 UTC  

the sun is very far away

2020-02-06 18:29:33 UTC  

and the moon is a lot closer

2020-02-06 18:29:47 UTC  

hence why the sun looks so small

2020-02-06 18:38:32 UTC  

^^^ Too bad you can’t prove that.

2020-02-06 18:41:22 UTC  

Lol you can literally calculate the distance of the sun to earth from earth

2020-02-06 18:41:37 UTC  

trig c

2020-02-06 18:42:59 UTC  

You mean a mathematical assumption.